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Earth and Atmospheric Sciences
Atmospheric Sciences and Climate
Meteorology
1. Introduction to Atmospheric Science
2. The Earth's Atmosphere
3. Atmospheric Energy and Heat Transfer
4. Atmospheric Moisture
5. Clouds and Precipitation
6. Air Pressure and Winds
7. Global and Local Wind Systems
8. Air Masses, Fronts, and Mid-Latitude Cyclones
9. Severe Weather
10. Weather Observation and Analysis
11. Weather Forecasting
12. Applied Meteorology
13. Atmospheric Optics and Special Phenomena
Air Pressure and Winds
Atmospheric Pressure Fundamentals
Pressure Definition
Atmospheric Pressure Concept
Pressure Units
Millibars
Inches of Mercury
Pascals
Atmospheres
Pressure Measurement
Mercury Barometers
Torricelli Barometer
Fortin Barometer
Aneroid Barometers
Aneroid Mechanism
Barograph
Electronic Pressure Sensors
Pressure Measurement Standards
Pressure Variations
Pressure-Altitude Relationship
Hydrostatic Equation
Scale Height
Standard Atmosphere Pressure
Altimeter Settings
Station Pressure
Sea Level Pressure Reduction
Pressure Tendency
Forces Acting on Air
Pressure Gradient Force
Horizontal Pressure Gradients
Pressure Gradient Calculation
Coriolis Force
Earth's Rotation Effects
Coriolis Parameter
Latitude Dependence
Deflection Direction
Centripetal Force
Curved Flow
Centripetal Acceleration
Friction Force
Surface Friction
Boundary Layer Effects
Roughness Length
Upper-Level Winds
Geostrophic Wind
Geostrophic Balance
Geostrophic Wind Equation
Gradient Wind
Curved Isobars
Cyclonic and Anticyclonic Flow
Thermal Wind
Temperature Gradients
Wind Shear
Ageostrophic Wind
Surface Winds
Cross-Isobaric Flow
Friction Effects
Backing and Veering
Wind Shear
Vertical Wind Shear
Horizontal Wind Shear
Wind Measurement
Anemometers
Cup Anemometer
Propeller Anemometer
Hot-Wire Anemometer
Wind Vanes
Sonic Anemometers
Wind Profilers
Pilot Balloons
Wind Measurement Standards
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5. Clouds and Precipitation
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7. Global and Local Wind Systems